Tool with pivoting portion and locking mechanism

1 . A driving tool, comprising:

a handle comprising:

a first flange comprising an inward facing surface;

a first recess defined in the inward facing surface; and

a second recess defined in the inward facing surface, wherein the first recess is positioned between the second recess and the head;

a second flange; and

a cavity positioned between the first flange and the second flange;

a head, the head including a toothed projection extending toward the handle;

a workpiece engagement structure coupled to the head;

a ratchet mechanism supported by the head and coupled to the workpiece engagement structure;

a pivot joint positioned between the handle and the head, the pivot joint comprising:

an axle extending along a pivot axis, the axle rotatably coupling the head to the handle such that the head is pivotable about the pivot joint to a plurality of angular positions relative to the handle; and

a locking mechanism positioned within the cavity, the locking mechanism comprising:

a sliding switch positioned within the cavity, the sliding switch comprising:

an actuating surface extending outward from the handle and configured to be engaged by a user's finger; and

a plurality of teeth facing the toothed projection of the head;

a biasing component extending in a generally parallel orientation to the pivot axis, the biasing component resisting movement of the sliding switch; and

a ball positioned between the biasing component and the inward facing surface of the first flange;

wherein the locking mechanism is moveable between a locked position in which the angular position of the head relative to the handle is fixed and an unlocked position in which the head is pivotable about the pivot joint.

2 . The driving tool of claim 1 , the sliding switch further comprising a second, opposing actuating surface that extends outward from an opposing side of handle from the actuating surface such that locking mechanism is accessible from either side of the handle.

3 . The driving tool of claim 2 , the sliding switch further comprising a body portion extending between and connecting the actuating surface and the second actuating surface.

4 . The driving tool of claim 3 , wherein the body portion comprises a locking channel extending in a generally parallel orientation to the pivot axis.

5 . The driving tool of claim 1 , wherein the first recess and second recess each comprise an interior surface configured to engage the ball and resist movement of the ball.

6 . The driving tool of claim 1 , wherein the first recess and second recess are configured to receive the ball and resist movement of the sliding switch.

7 . The driving tool of claim 1 , wherein the sliding switch is a single, integral component.

8 . A driving tool comprising:

a handle comprising:

a first flange;

a second flange;

an inward facing surface of the handle positioned on one of the first flange and the second flange;

a first recess and a second recess positioned on the inward facing surface; and

a cavity positioned between the first flange and the second flange;

a head, the head including a toothed projection extending toward the handle;

a workpiece engagement structure coupled to the head;

a pivot joint positioned between the handle and the head to rotatably couple the head to the handle such that the head is pivotable about the pivot joint to a plurality of angular positions relative to the handle;

a pivot axis extending through the pivot joint, the pivot axis generally perpendicular to a longitudinal axis of the handle; and

a locking mechanism positioned within the cavity, the locking mechanism comprising:

a switch positioned within the cavity, the switch comprising:

a first actuator extending outward from the handle and configured to be engaged by a user's finger; and

a plurality of teeth facing the toothed projection of the head;

a biasing component extending in a generally perpendicular orientation to the longitudinal axis of the handle, the biasing component resisting movement of the switch; and

a ball positioned between the biasing component and the inward facing surface of one of the first flange and the second flange;

wherein, when the switch is actuated, the switch is translated along the longitudinal axis of the handle;

wherein, when the switch is actuated toward the head, the biasing component is compressed such that the switch is moveable until the plurality of teeth engage the toothed projection of the head.

9 . The driving tool of claim 8 , wherein, when the switch is actuated toward the handle, the biasing component is compressed such that the switch is moveable until the switch engages an upward facing surface of the cavity.

10 . The driving tool of claim 8 , the switch further comprising a second, opposing actuator that extends outward from an opposing side of the handle from the first actuator.

11 . The driving tool of claim 8 , wherein, when the locking mechanism is in an unlocked position, the plurality of teeth are disengaged from the toothed projection of the head and the biasing component is in an uncompressed state.

12 . The driving tool of claim 8 , wherein, when the locking mechanism is in a locked position, the plurality of teeth are engaged with the toothed projection of the head and the biasing component is in an uncompressed state.

13 . The driving tool of claim 8 , wherein the first recess and the second recess are configured to receive the ball and resist movement of the ball.

14 . A driving tool comprising:

a handle comprising:

a first flange;

a second flange; and

a cavity positioned between the first flange and the second flange;

a head, the head including a toothed projection extending toward the handle;

a workpiece engagement structure coupled to the head;

a pivot joint positioned between the handle and the head to rotatably couple the head to the handle such that the head is pivotable about the pivot joint to a plurality of angular positions relative to the handle;

a pivot axis extending through the pivot joint, the pivot axis generally perpendicular to a longitudinal axis of the handle; and

a locking mechanism, the locking mechanism comprising:

a switch, the switch comprising:

an actuator extending outward from the handle and configured to be engaged by a user's finger; and

a body portion coupled to the actuator, the body portion comprising:

an upward facing surface, the upward facing surface facing toward the head;

a downward facing surface, the downward facing surface facing toward the handle;

a plurality of teeth on the upward facing surface of the body portion, the plurality of teeth extending toward the toothed projection of the head; and

a locking channel defined in an outermost side surface of the body portion, the locking channel extending in a generally parallel orientation to the pivot axis;

a biasing component positioned in the locking channel and configured to resists movement of the switch; and

a ball positioned between the biasing component and an inward facing surface of the handle;

wherein, when the switch is actuated, the switch is translated along the longitudinal axis of the handle.

15 . The driving tool of claim 14 , the switch further comprising a recessed section positioned between the actuator and the body portion, the recessed section facing toward the handle.

16 . The driving tool of claim 15 , the handle further comprising:

a projected portion extending toward the head; and

a middle portion recessed relative to the projected portion, the middle portion including an upward facing surface that opposes the downward facing surface of the body portion;

wherein the projected portion of handle is positionable within the recessed section of the switch when the plurality of teeth are disengaged from the toothed projection of the head.

17 . The driving tool of claim 14 , wherein the biasing component extends in a generally perpendicular orientation to the longitudinal axis of the handle.

18 . The driving tool of claim 14 , wherein the locking channel circumferentially surrounds the biasing component.

19 . The driving tool of claim 14 , wherein the outermost side surface of the body portion faces the first flange.